PowerBillPeek

Cost to Run Evaporative Cooler in New Jersey (2026)

At New Jersey's average rate of 18.48¢/kWh, running a Evaporative Cooler costs $11.09/month or $134.90/year. That's 7.3% more than the national average of $10.33/month.

Monthly Cost

$11.09

in New Jersey

Yearly Cost

$134.90

in New Jersey

State Rate

18.48¢

per kWh

National Rank

#39

of 50 states

Evaporative Cooler Energy Usage

Wattage250 watts
Typical Daily Use8 hours/day
Daily kWh2.00 kWh
Monthly kWh60.0 kWh
CategoryCooling

New Jersey vs National Average: Evaporative Cooler Costs

MetricNew JerseyNational AvgDifference
Electricity Rate18.48¢/kWh17.22¢/kWh+1.26¢
Monthly Evaporative Cooler Cost$11.09$10.33+$0.76
Yearly Evaporative Cooler Cost$134.90$125.71+$9.20

Evaporative Cooler Cost in Neighboring States

How does running a Evaporative Cooler in New Jersey compare to nearby states?

StateRateMonthlyYearlyvs NJ
New Jersey (this state)18.48¢$11.09$134.90-
Delaware14.94¢$8.96$109.06$-2.12
New York24.33¢$14.60$177.61+$3.51
Pennsylvania18.36¢$11.02$134.03$-0.07

Evaporative Cooler Cost: All 50 States Ranked

New Jersey ranks #39 out of 50 for Evaporative Cooler running costs (1 = cheapest).

#StateRateMonthlyYearly
1Idaho11.15¢$6.69$81.40
2Washington11.26¢$6.76$82.20
3Utah11.41¢$6.85$83.29
4Wyoming11.72¢$7.03$85.56
5North Dakota12.43¢$7.46$90.74
6Louisiana12.52¢$7.51$91.40
7Oregon12.55¢$7.53$91.62
8Montana12.81¢$7.69$93.51
9Oklahoma12.82¢$7.69$93.59
10Tennessee12.91¢$7.75$94.24
11Arkansas13.04¢$7.82$95.19
12Nebraska13.08¢$7.85$95.48
13Kentucky13.19¢$7.91$96.29
14West Virginia13.44¢$8.06$98.11
15Mississippi13.54¢$8.12$98.84
16South Dakota13.74¢$8.24$100.30
17Missouri13.78¢$8.27$100.59
18North Carolina14.09¢$8.45$102.86
19Georgia14.27¢$8.56$104.17
20South Carolina14.43¢$8.66$105.34
21Virginia14.64¢$8.78$106.87
22Arizona14.78¢$8.87$107.89
23Alabama14.87¢$8.92$108.55
24Nevada14.92¢$8.95$108.92
25Delaware14.94¢$8.96$109.06
26Texas15.06¢$9.04$109.94
27Iowa15.14¢$9.08$110.52
28Ohio15.21¢$9.13$111.03
29Kansas15.28¢$9.17$111.54
30New Mexico15.34¢$9.20$111.98
31Indiana15.42¢$9.25$112.57
32Colorado15.56¢$9.34$113.59
33Minnesota15.63¢$9.38$114.10
34Florida16.22¢$9.73$118.41
35Illinois16.27¢$9.76$118.77
36Maryland16.57¢$9.94$120.96
37Wisconsin17.38¢$10.43$126.87
38Pennsylvania18.36¢$11.02$134.03
39New Jersey18.48¢$11.09$134.90
40Michigan19.34¢$11.60$141.18
41Vermont21.43¢$12.86$156.44
42Alaska24.21¢$14.53$176.73
43New York24.33¢$14.60$177.61
44New Hampshire25.78¢$15.47$188.19
45Maine26.37¢$15.82$192.50
46Rhode Island28.08¢$16.85$204.98
47Massachusetts28.58¢$17.15$208.63
48Connecticut29.98¢$17.99$218.85
49California31.22¢$18.73$227.91
50Hawaii43.18¢$25.91$315.21

Save Money on Evaporative Cooler in New Jersey

Related Pages

Frequently Asked Questions

How much does it cost to run a Evaporative Cooler in New Jersey?

Running a Evaporative Cooler in New Jersey costs approximately $11.09 per month or $134.90 per year, based on the state's average residential rate of 18.48¢/kWh and typical usage of 8 hours per day.

Is running a Evaporative Cooler expensive in New Jersey compared to other states?

New Jersey ranks #39 out of 50 states for Evaporative Cooler running costs (1 = cheapest). It's 7.3% more expensive than the national average. The cheapest state is Idaho at $6.69/month, and the most expensive is Hawaii at $25.91/month.

How much electricity does a Evaporative Cooler use per month?

A typical Evaporative Cooler uses 250 watts and runs about 8 hours per day, consuming approximately 2.00 kWh daily or 60.0 kWh per month.

How can I reduce Evaporative Cooler electricity costs in New Jersey?

You can reduce costs by using an Energy Star rated Evaporative Cooler, running it during off-peak hours if your utility offers time-of-use rates, ensuring proper maintenance, and considering solar panels to offset electricity costs in New Jersey.

What is the electricity rate in New Jersey?

The average residential electricity rate in New Jersey is 18.48¢ per kWh. The primary energy source is Natural Gas, with 8.0% from renewable sources.

Was this data helpful?

Data verified March 2026 · Source: U.S. Energy Information Administration (EIA)